The helicopter rotor system is the rotating part of a helicopter that generates lift. A rotor system may be mounted horizontally, as main rotors are, providing lift vertically; and it may be mounted vertically, such as a tail rotor, to provide lift horizontally as thrust to counteract torque effect. In the case of tilt rotors, […]
Turbine Age In 1951, at the urging of his contacts at the Department of the Navy, Charles H. Kaman modified his K-225 helicopter with a new kind of engine, the turbo-shaft engine. This adaptation of the turbine engine provided a large amount of horsepower to the helicopter with a lower weight penalty than piston engines,
It is beyond the scope of this site to incorporate a course of training in basic attitude instrument flying. This information is contained in the Instrument Flying section. Certain pilot certificates and/or associated ratings require training in instrument flying and a demonstration of specific instrument flying tasks on the practical test. Pilots and flight instructors
Inadvertent VFR Flight Into IMC | Airplane Emergency Procedures Read Post »
In most instances, the occurrence of an inadvertent door opening is not of great concern to the safety of a flight, but rather, the pilot’s reaction at the moment the incident happens. A door opening in flight may be accompanied by a sudden loud noise, sustained noise level, and possible vibration or buffeting. If a
Door Opening In Flight | Airplane Emergency Procedures Read Post »
The AFM/POH for the specific airplane contains information that should be followed in the event of any abnormal engine instrument indications. The table shown in Figure offers generic information on some of the more commonly experienced in-flight abnormal engine instrument indications, their possible causes, and corrective actions. [humix auto=”1″ float=”1″ autoplay=”1″ loop=”0″] Malfunction Probable Cause
Abnormal Engine Instrument Indication | Airplane Emergency Procedure Read Post »
Electrical System The loss of electrical power can deprive the pilot of numerous critical systems, and therefore should not be taken lightly even in day/visual flight rules (VFR) conditions. Most in-flight failures of the electrical system are located in the generator or alternator. Once the generator or alternator system goes off line, the electrical source
Systems Malfunctions | Airplane Emergency Procedures Read Post »
Total Flap Failure The inability to extend the wing flaps necessitates a no-flap approach and landing. In light airplanes, a no-flap approach and landing is not particularly difficult or dangerous. However, there are certain factors that should be considered in the execution of this maneuver. A no-flap landing requires substantially more runway than normal. The
A fire in-flight demands immediate and decisive action. The pilot should be familiar with the procedures outlined to meet this emergency contained in the AFM/POH for the particular airplane. For the purposes of this post, in-flight fires are classified as in-flight engine fires, electrical fires, and cabin fires. Engine Fire An in-flight engine compartment fire
Engine Failure After Takeoff (Single-Engine) A number of variables and pilot actions factor into a successful emergency landing shortly after takeoff. When an engine failure occurs during the initial climb, the pilot should lower the nose of the airplane and establish the proper glide attitude. What happens next if the engine does not restart? Does
Airplane Engine Failure After Takeoff and Emergency Descents Read Post »
Since an emergency landing on suitable terrain resembles a situation in which the pilot should be familiar through training, only the more unusual situations are discussed in the Emergency Landings post. [humix auto=”1″ float=”1″ autoplay=”1″ loop=”0″] Confined Areas The natural preference to set the airplane down on the ground should not lead to the selection
